DMCA
PHENOMENON OF THE TIME-REVERSAL-VIOLATING PHOTON POLARIZATION PLANE ROTATION BY A GAS PLACED TO AN ELECTRIC FIELD (1998)
BibTeX
@MISC{98phenomenonof,
author = {},
title = {PHENOMENON OF THE TIME-REVERSAL-VIOLATING PHOTON POLARIZATION PLANE ROTATION BY A GAS PLACED TO AN ELECTRIC FIELD},
year = {1998}
}
Share
 |
 |
 |
 |
||
OpenURL
Abstract
many years ago [1], and remains one of the great unsolved problems in elementary particle physics. Since the discovery of the CP-violation in decay of K0-mesons, a few attempts have been undertaken to observe this phenomenon experimentally in different processes. However, that experiments have not been successful. At the present time novel more precise experimental schemes are actively discussed: observation of the atom [2] and neutron [3] electric dipole moment, T-violating (time reversal) atom (molecule) spin rotation in a laser wave and T-violating optical activity of an atomic or molecular gas [4, 5]. According to [6] the violation of the time reversal symmetry stipulates the appearance of the new optical phenomenon: the photon polarization plane rotation and circular dichroism in an optical homogeneous isotropic matter placed to an electric field. This T-odd phenomenon is the kinematic analog of the famous T-even phenomenon of the photon polarization plane rotation in a matter placed to a magnetic field (Faraday phenomenon). In the present paper T-odd phenomenon of the photon polarization plane
Keyphrases
photon polarization plane rotation photon polarization plane circular dichroism present time novel kinematic analog laser wave many year faraday phenomenon optical homogeneous isotropic matter electric dipole moment time reversal symmetry time reversal molecular gas present paper t-odd phenomenon different process magnetic field elementary particle physic precise experimental scheme spin rotation t-violating optical activity great unsolved problem famous t-even phenomenon t-odd phenomenon electric field new optical phenomenon
